package com.akeil.flash.dataprocessing;

public interface IConstantDoubleProcessor {
	/**
	 *  第一部分：接受数据或状态
	 */
	public final static byte SOF_0 	= (byte)0xAA;
	public final static byte SOF_1 	= (byte)0x55;
	
	public final static byte EOF_0 	= (byte)0xCC;
	public final static byte EOF_1 	= (byte)0x33;
	public final static byte EOF_2 	= (byte)0xC3;
	public final static byte EOF_3 	= (byte)0x3C;
	
	public final static byte L_ATM 	= (byte)0x00;//外部大气压CPS120测得
	public final static byte L_RHT 	= (byte)0x01;//左蒸馏管回收室的温度
	public final static byte L_CLT 	= (byte)0x02;//左蒸馏管循环水冷却液的温度
	public final static byte L_FIF 	= (byte)0x03;//左蒸馏管初馏模块红外
	public final static byte L_VIF 	= (byte)0x04;//左蒸馏管跟踪模块红外
	public final static byte L_RVL 	= (byte)0x05;//左蒸馏管样品回收数量
	public final static byte L_FPT 	= (byte)0x06;//左蒸馏管初馏点温度
	public final static byte L_LPT 	= (byte)0x07;//左蒸馏管终馏点温度
	public final static byte L_SGT 	= (byte)0x08;//左蒸馏管里蒸汽的温度
	public final static byte L_FPD 	= (byte)0x09;//左蒸馏管从开始加热到初馏点流出的计时
	public final static byte L_FTP 	= (byte)0x0A;//左蒸馏管炉子温度
	public final static byte L_RVC 	= (byte)0x0B;//左蒸馏管馏出物的速度
	public final static byte L_STA 	= (byte)0x0C;//左管仪器状态
	public final static byte L_DPT 	= (byte)0x0D;//左蒸馏管干点温度
	public final static byte L_PWR 	= (byte)0x0E;//左蒸馏管炉子功率
	public final static byte L_TMR 	= (byte)0x0F;//左蒸馏管始加热到初馏点流出的计时
	public final static byte L_DLV 	= (byte)0x10;//左蒸馏管液滴速度 d/min
	public final static byte L_RLV 	= (byte)0x11;//左蒸馏管回收速度 ml/min
	public final static byte L_CTM 	= (byte)0x12;//左蒸馏管下位机传来的定时秒数
	public final static byte L_COE 	= (byte)0x12;//左蒸温度计调整系数
	
	public final static byte R_ATM 	= (byte)0x30;//外部大气压CPS120测得
	public final static byte R_RHT 	= (byte)0x31;//右蒸馏管回收室的温度
	public final static byte R_CLT 	= (byte)0x32;//右蒸馏管循环水冷却液的温度
	public final static byte R_FIF 	= (byte)0x33;//右蒸馏管初馏模块红外
	public final static byte R_VIF 	= (byte)0x34;//右蒸馏管跟踪模块红外
	public final static byte R_RVL 	= (byte)0x35;//右蒸馏管样品回收数量
	public final static byte R_FPT 	= (byte)0x36;//右蒸馏管初馏点温度
	public final static byte R_LPT 	= (byte)0x37;//右蒸馏管终馏点温度
	public final static byte R_SGT 	= (byte)0x38;//右蒸馏管里蒸汽的温度
	public final static byte R_FPD 	= (byte)0x39;//右蒸馏管从开始加热到初馏点流出的计时
	public final static byte R_FTP 	= (byte)0x3A;//右蒸馏管炉子温度
	public final static byte R_RVC 	= (byte)0x3B;//右蒸馏管馏出物的速度
	public final static byte R_STA 	= (byte)0x3C;//右管仪器状态
	public final static byte R_DPT 	= (byte)0x3D;//右蒸馏管干点温度
	public final static byte R_PWR 	= (byte)0x3E;//右蒸馏管炉子功率
	public final static byte R_TMR 	= (byte)0x3F;//右蒸馏管始加热到初馏点流出的计时
	public final static byte R_DLV 	= (byte)0x40;//右蒸馏管液滴速度 d/min
	public final static byte R_RLV 	= (byte)0x41;//右蒸馏管回收速度 ml/min
	public final static byte R_CTM 	= (byte)0x42;//右蒸馏管下位机传来的定时秒数
	public final static byte R_COE 	= (byte)0x43;//右蒸温度计调整系数
	
	/**
	 *  第二部分：发送命令或参数
	 */
	public final static byte L_ZCC 	= (byte)0x00;//左蒸馏管零点校正
	public final static byte L_VCC 	= (byte)0x01;//左蒸馏管数量校正
	public final static byte L_SAC 	= (byte)0x02;//左蒸馏管开始实验
	public final static byte L_STC 	= (byte)0x03;//左蒸馏管停止实验
	public final static byte L_SPC 	= (byte)0x04;//左蒸馏管发送参数
	public final static byte L_SPW 	= (byte)0x05;//左蒸馏管发送功率
	public final static byte L_SCV 	= (byte)0x06;//左蒸馏管发送校正数量
	public final static byte L_RST 	= (byte)0x07;//左蒸馏管发送Reset指令
	public final static byte L_CON 	= (byte)0x08;//左蒸馏管发送连接指令
	public final static byte L_PAR  = (byte)0x21;//左整流管发送温度校正曲线参数（a,b,c）
	
	public final static byte R_ZCC 	= (byte)0x30;//右蒸馏管零点校正
	public final static byte R_VCC 	= (byte)0x31;//右蒸馏管数量校正
	public final static byte R_SAC 	= (byte)0x32;//右蒸馏管开始实验
	public final static byte R_STC 	= (byte)0x33;//右蒸馏管停止实验
	public final static byte R_SPC 	= (byte)0x34;//右蒸馏管发送参数
	public final static byte R_SPW 	= (byte)0x35;//右蒸馏管发送功率
	public final static byte R_SCV 	= (byte)0x36;//右蒸馏管发送校正数量
	public final static byte R_RST 	= (byte)0x37;//右蒸馏管发送Reset指令
	public final static byte R_CON 	= (byte)0x38;//右蒸馏管发送连接指令
	public final static byte R_PAR  = (byte)0x22;//右整流管发送温度校正曲线参数（a,b,c）
	
}
